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LY‑3030B is a professional integrated sampling system for stationary pollution source exhaust gas, used with the dedicated Lonying multi‑functional sampling probe to simultaneously collect dioxins, heavy metals, and organic compounds from flue gas. It is widely applied in environmental protection, third‑party testing, industrial and mining enterprises, public health, safety supervision, military, scientific research, and education sectors.
Works with a dedicated sampling probe to complete sampling of dioxins, heavy metals, and organic compounds in one run, meeting high‑end emission monitoring requirements for hazardous waste incineration, smelting, and chemical industries.
Supports real‑time monitoring of flue gas temperature and pressure, automatic flow regulation, stable flow output, and fast response to ensure accurate and compliant sampling.
Measures dynamic pressure, static pressure, flue gas temperature, flow velocity, atmospheric pressure, and other parameters in real time to support full working condition data recording.
Adopts potentiostatic electrolysis flue gas sensors with customizable configurations to simultaneously detect multiple flue gas components.
Built‑in high‑efficiency, corrosion‑resistant sampling pump supports long‑term continuous operation with strong condition adaptability.
High‑brightness display with simple interface, clear data presentation, and self‑diagnosis for easy operation and maintenance.
Optional built‑in lithium battery pack; supports AC power adapter for field and fixed sampling scenarios.
Matches various sampling probes to support extended flue gas analysis and sampling functions.
GB/T 16157‑1996 Determination of particulates and sampling methods of gaseous pollutants emitted from exhaust gases of stationary pollution sources
GB 18485‑2014 Standard for pollution control on municipal solid waste incineration
HJ/T 48‑1999 Technical conditions of dust samplers
HJ/T 365‑2007 Technical specification for monitoring dioxins emissions from hazardous waste (including medical waste) incineration facilities
HJ/T 397‑2007 Technical specifications for emission monitoring of stationary sources
HJ 77.2‑2008 Determination of dioxins in ambient air and waste gas — Isotope dilution HRGC‑HRMS
HJ 646‑2013 Ambient air and stationary source emissions — Determination of gas and particle‑phase polycyclic aromatic hydrocarbons — GC/MS
HJ 647‑2013 Ambient air and stationary source emissions — Determination of gas and particle‑phase polycyclic aromatic hydrocarbons — HPLC
HJ 916‑2017 Technical specification for monitoring of environmental dioxin‑like compounds
JJG 680‑2021 Verification regulation of stack dust samplers
US Method 29 Determination of metals emissions from stationary sources
Technical Indicators for Pollutant Sampling | |
Main Parameters | Range |
Sampling Flow Rate | (0～120) L/min |
Flue Gas Dynamic Pressure | (0～2000) Pa |
Flue Gas Static Pressure | (-30～＋30) kPa |
Inlet Pressure | (-60～0) kPa |
Inlet Temperature | (-55～125)℃ |
Atmospheric Pressure | (50~130）kPa |
Flue Gas Temperature | (0～500)℃ extendable |
Dry-bulb and Wet-bulb Temperature (Optional) | (0～100)℃ |
Maximum Sampling Volume | 99999.9 L |
Flue Gas Analysis Technical Parameters | ||
Main Parameters | Range | |
Electrochemical | O2 (Optional) | (0～30)% |
SO2 (Optional) | (0～5700)mg/m3 | |
NO(Optional) | (0～1300)mg/m3 | |
NO2 (Optional) | (0～200)mg/m3 | |
CO (Optional) | (0～5000)mg/m3 | |
H2S (Optional) | (0～300)mg/m3 | |
Non-Dispersive Infrared (NDIR) | CO2 (Optional) | (0～20) % |
Solution Absorption Sampling Specifications (Optional) | |
Main Parameters | Range |
Flue Gas Sampling Flow | （0.1～2.0）L/min |
Inlet Pressure | （-30～0） kPa |
Inlet Temperature | （-55～125）℃ |
Dioxins sampling: hazardous waste incineration, medical waste incineration, cement kiln co‑processing, MSW incineration, environmental acceptance, supervision monitoring
Heavy metals sampling: non‑ferrous smelting, lead‑acid battery, leather, chemical manufacturing, stationary heavy metal emission sources
Industries: power, steel, cement, sugar, paper, smelting, ceramics, boiler, furnace, aluminum/magnesium/zinc/titanium/silicon, pharmaceutical, fertilizer, chemical, rubber, material plants
Three‑in‑one sampling: dioxins, heavy metals, and organic compounds in one instrument
Compliant & authoritative: meets national and international standard methods
Isokinetic sampling: high accuracy, stable and reliable
Intelligent operation: self‑diagnosis, easy maintenance
Field adaptable: dual power supply, strong environmental resistance
Wide compatibility: supports multiple probes and gas configurations
Yes, with the dedicated multi‑functional probe, it can complete three types of sampling simultaneously.
Yes, it supports automatic isokinetic tracking sampling with real‑time temperature and pressure monitoring.
Yes, optional built‑in lithium battery and compact design make it suitable for on‑site stack sampling.
Optional O₂, SO₂, NO, NO₂, CO, H₂S, CO₂, etc., can be configured as needed.
